Figure 3.10 - The Student's Ideal Plan (Optimal Choice)
This diagram, sometimes referred to as 'Your ideal plan', illustrates a student's optimal choice given their preferences and constraints. The graph's horizontal axis measures free time in days (0-70), and the vertical axis shows consumption in dollars (0-$8,000), with coordinates expressed as (free time, consumption). The student's budget constraint is represented by a straight, downward-sloping line connecting the maximum consumption point (0, $6,300) with the maximum free time point (70, 0). The diagram also displays two parallel, convex, downward-sloping indifference curves. The student's optimal choice is at point A (34, $3,240), where the budget line is tangent to the higher indifference curve. A second curve lies entirely below the first, signifying a lower, suboptimal level of utility.
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Introduction to Microeconomics Course
The Economy 2.0 Microeconomics @ CORE Econ
Ch.3 Doing the best you can: Scarcity, wellbeing, and working hours - The Economy 2.0 Microeconomics @ CORE Econ
Related
Calculating Work Days from Free Days over a Fixed Period
Equivalence of MRT, Wage, and Opportunity Cost in the Student's Problem
The Influence of Personal Circumstances on Work-Leisure Preferences
Figure 3.10 - The Student's Ideal Plan (Optimal Choice)
Structural Analogy Between the Student's and Karim's Choice Problems
Wage Rate (w)
Unearned Income (I)
Notational Convention for Free Time (t)
Formulating the Student's Constrained Optimization Problem
Generalized Budget Constraint for the Student's Summer Break
A student has a 70-day summer break and can earn $90 per day at a summer job. The student's total earnings are used for consumption. If the student is suddenly offered a new job that pays $110 per day instead, how does this change the opportunity cost of taking one day of free time?
A student has a 70-day summer break and a job offer that pays $90 per day. The student's total earnings are their only source of funds for consumption. Given these conditions, it is possible for the student to take 30 days of free time and also achieve a total consumption of $4,000.
Evaluating Competing Summer Job Offers
Calculating Leisure Time from a Consumption Target
Analyzing the Total Cost of a Leisure Activity
Analyzing a Student's Summer Choices
A student has a 70-day summer break and a job that pays $90 per day. The student's total earnings are their only source of funds for consumption. Match each concept on the left with its correct numerical value on the right.
A student has a 10-week (70-day) summer break and a job offer that pays a daily wage of $90. The student's total earnings are their only source of funds for consumption. Which of the following equations correctly represents the relationship between the student's total consumption (c) and the number of free days they take (t)?
Assessing the Feasibility of a Summer Plan
A student has a 70-day summer break and a job offer that pays $90 per day. The student's total earnings are their only source of funds for consumption. If the student's goal is to have exactly $3,600 for consumption by the end of the summer, they must take ____ days of free time.
The Budget Constraint Slope as the Negative Wage Rate and Opportunity Cost
Student's Budget Constraint with Only Work Earnings
Balancing MRS and MRT for Utility Maximization
The Student's MRT and Opportunity Cost at a $90 Daily Wage
The Economic Model of Optimal Choice: Tangency of Indifference Curve and Feasible Frontier
Generalized Budget Constraint for the Student's Summer Break
Figure 3.10 - The Student's Ideal Plan (Optimal Choice)
A student has a 70-day period to allocate between work and free time. Their only source of income is a job that pays a fixed daily wage. If the student receives an increase in their daily wage, how does this change the set of possible combinations of consumption and free time available to them?
Balancing Work and Leisure Goals
Calculating the Opportunity Cost of Leisure
A student has a 70-day period in which their only source of income is a job paying a daily wage of $100. If the student's goal is to have a total consumption of exactly $4,500 by the end of the period, how many days of free time can they take?
A student has a 70-day period to allocate between work and free time. Their only source of income is a job that pays a fixed daily wage. Consider the statement: 'If this student decides to take one additional day of free time, the amount of consumption they must give up is greater when their daily wage is high compared to when their daily wage is low.' Is this statement true or false?
Alex and Ben each have a 70-day period to allocate between work and free time, with earnings from work being their only source of income. Alex earns a daily wage of $100, while Ben earns a daily wage of $120. Which of the following statements accurately compares the set of all possible consumption and free time combinations available to them?
Determining the Wage Rate from a Work-Leisure Choice
An individual has a 70-day period to allocate between work and free time. Their only source of income is a job that pays a daily wage of $120. Match each choice regarding the number of free days taken with the corresponding total consumption amount possible.
Analyzing a Student's Work-Leisure Options
Formulating the Budget Constraint Equation
Learn After
Activity: Determining the Student's Optimal Choice on the Feasible Frontier (Figure 3.10)
Marginal Rate of Transformation (MRT) for the Student's Budget Constraint (Figure 3.10)
The Student's Budget Constraint and Feasible Set in Figure 3.10
The Student's Original Plan (34 Free Days and $3,240 Consumption)